WO2010148841A1 - Decoder polling processing method, decoder and monitoring system - Google Patents

Decoder polling processing method, decoder and monitoring system Download PDF

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Publication number
WO2010148841A1
WO2010148841A1 PCT/CN2010/072944 CN2010072944W WO2010148841A1 WO 2010148841 A1 WO2010148841 A1 WO 2010148841A1 CN 2010072944 W CN2010072944 W CN 2010072944W WO 2010148841 A1 WO2010148841 A1 WO 2010148841A1
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Prior art keywords
same
monitoring
synchronization
polling
monitors
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PCT/CN2010/072944
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French (fr)
Chinese (zh)
Inventor
黄亮
文良辉
霍东风
关君
Original Assignee
中兴通讯股份有限公司
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Application filed by 中兴通讯股份有限公司 filed Critical 中兴通讯股份有限公司
Priority to BRPI1012657A priority Critical patent/BRPI1012657A2/en
Priority to EP10791347.7A priority patent/EP2448268A4/en
Publication of WO2010148841A1 publication Critical patent/WO2010148841A1/en

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N7/00—Television systems
    • H04N7/18—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast
    • H04N7/181—Closed-circuit television [CCTV] systems, i.e. systems in which the video signal is not broadcast for receiving images from a plurality of remote sources
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
    • H04L12/40—Bus networks
    • H04L12/403—Bus networks with centralised control, e.g. polling

Definitions

  • the solver's square solver is the domain of the frequency monitoring. In particular, it refers to the method and the monitoring system. Background
  • the wood frequency monitoring system has been relatively mature and has not been monitored by frequency, direct, and information content. I haven't seen it in the year, and I have a long frequency with the frequency monitoring of the image and wood.
  • the existing frequency monitoring system usually uses the front-end monitoring to change the frequency image of each channel into a solution for multiple front-end monitoring.
  • Each of the multiple front-end monitors has its own frequency image format. It can not be compatible with the multi-frequency format.
  • each is usually different front-end monitoring
  • the monitoring needs to be equipped with multiple front-end monitoring.
  • Each front-end monitoring is monitored by multiple parties and multiple front-end monitors are monitored and broadcasted.
  • the front-end monitoring changes the rest to the next-end monitoring of each of the rest of the rest of the two settlements 2 front-end monitoring each of the rest of the transition to the next front-end monitoring of each of the rest of the change. Will cause the exchange to be out of sync and the user to the different monitoring
  • the system controls the same system control as its own.
  • the synchronization of the step-by-step client and the synchronization of the message are the same as those of the message school itself.
  • the stepper has a channel for each channel, the front end monitors each list, the front end monitors each, and the front end monitors each of the media channels. The front end monitors each of the front end monitors in each list.
  • the same control and the same sameness of the step control are greater than the same sum of the synchronization. Steps to receive the customer's stop command stop order to stop.
  • the wood-based bag is closed to the customer, with the same and the same as the same change, the same with the same in the same front-end monitoring each of the rest of the change in the first front-end monitoring each front-end monitoring Each rest.
  • the control of the step packet in the root synchronization zone is the same as its own.
  • the step package is closed to the customer's synchronization
  • the school is synchronized with the school itself. Resolving the woodbag's monitoring and monitoring package client and at least said client package in said synchronization said synchronization with said same and at least said intervening agent in each of said packets received from said client
  • the change of the first change is the same as that described above, and the rest of the monitoring is performed at the first front end.
  • the step client package is configured to configure at least a front end to monitor each list.
  • Each step in the storage front end monitors each of the rest of the content, and each of the storage front ends monitors each of the rest areas. Steps include the information of each client in the storage client, at least the media, and the content of the client.
  • the solution of the client's special phase will be configured by at least the front-end monitoring of each list. The beneficial results of the description of the wood in the following schemes in the same customer with the same and the same synchronization in the same side of the solution channel monitoring front-end monitoring of the same control and the same to the next-end front-end monitoring of the same change to the same
  • the front-end monitoring monitors the monitoring of the multi-front-end monitoring of each monitoring.
  • the simulcasting and changing monitors are more clear.
  • the front-end monitoring of the monitoring of the full-user users is forced by the demanding party.
  • the user monitors the multi-front-end monitoring of each audio information.
  • the flow of the solution of the solution of the system shown in Figure 2 of the method shown in Fig. 4 is shown in Fig. The way the wood and wood schemes are to be solved and the clearer will be described below.
  • the existing frequency monitoring system it is not possible to monitor the various off-air broadcasts and the user-to-user monitoring of different monitoring devices with the front-end monitoring, and the front-end monitoring and monitoring methods and equipment monitoring systems.
  • the change of the second change is the same as that described in the same front end.
  • the first front end monitors each of the first front ends to monitor each of the changes.
  • Zhongtong's customers have the same and the same in the same front-end monitoring and monitoring of the same monitoring and the same to the next-level front-end monitoring.
  • each of the multiple front-end monitors monitoring and monitoring the monitors in the same front-end monitoring Clearer front-end monitoring of the monitoring of the content of the user's compulsive demand side of the user to see the monitoring of the multi-front-end monitoring of each audio information.
  • the synchronization control system controls the same monitoring system as the front end monitoring each monitoring system to control the monitoring in the same front end.
  • the following is a description of the system shown in Hugh 2, which shows at least the front-end monitoring of each platform. Each content is divided into each other. The front-end monitoring is monitored by each monitoring and monitoring front-end monitoring. The image of each image, image, etc. will be closed to the rest of the storage front-end monitoring of each Hugh content, each of which is monitored by the storage front end.
  • At least the channel client front end of the said location of the said rest area monitors each reconciliation configuration management client to the client program of the terminal
  • Each platform monitors each customer, the customer, and the rest, and stores the information of the customer, the at least the media, the device, and the content by the management, etc.
  • the solution channel of the phase solution is at least intervened to monitor the special media channel, and the rest of the device is replaced by audio.
  • the customer is configured in the at least one of the at least one of the at least one of the medium channels, and the front end monitors each of the list front end to monitor each list to describe the front end monitoring of each of the channels corresponding to each platform.
  • the front-end monitoring in the list monitors each of the next-level front-end monitoring in the list of the front-end monitoring to switch to each of the lower-end front-end monitoring.
  • the customer synchronizes with the message and receives the same message to synchronize the same message with its own system. If you receive the customer’s stop sync command,
  • the stop synchronization command stops the front end to monitor the resolution channels of each phase. 2 shows the rest of the system shown
  • the synchronization of the customer is controlled by the system in the same synchronization.
  • the monitoring of the front-end monitoring is the same as the monitoring.
  • the same control is changed to the next-end front-end monitoring.
  • Each change is controlled by each system.
  • Step 3 Receive the customer with the same step and the same step 32 times change the same + the same step 33 in the same front-end monitoring each rest step 34 in the same change to the front-end monitoring
  • Each of the first monitors each of the solutions.
  • the synchronization with the system control and the received synchronization first control the same as its own system, and then monitor the respective rest in the same front end.
  • the closed process step A of the method 4 is at least to the platform steps.
  • the user's client's solution channel configuration needs to be monitored at the front end of the broadcast.
  • Each list is configured for each channel.
  • the front end monitors each list.
  • At least the front-end monitoring of each step C customer needs to synchronize the channel batch operation, that is, the synchronous synchronization step at least the customer synchronization synchronization with the system control, the same and the same synchronization, each platform special 4 customer's solution channel configuration
  • the system control is the same as the synchronous direct control
  • the synchronization is the same.
  • the synchronization of each platform is the same as the control of each platform, so that the user's customer control is the same as the step of at least the synchronization.
  • the channel step at least the system control is the same as the self system, and the same synchronization and the same control in the same synchronization are greater than the at least the synchronization and the synchronization
  • the same channel occupied by the media channel and the channel received synchronously configured are the same as the solution channel described in the same step.
  • the front-end of the channel monitors the front-end monitoring in each list, and the rest of the steps are changed to the next-stage front-end monitoring.
  • Each of the front-end monitoring of each of the rest of the monitoring is in the front-end monitoring. If the synchronization is received by the client, the same message is re-corrected, and each step in the monitoring is the same as the step-by-step synchronization step.
  • the channel to the broadcast step at least receives the stop synchronization command of the client, the stop synchronization command, the stop of the front end monitoring, and the rest of the monitoring
  • the rabbits are controlled in S due to the unsynchronized demand of different households. Synchronous synchronization with the same internal school system is the same as the synchronization of the message.
  • the new front-end monitoring of each of the Hidden Contents is divided into various resting places to rest and break. The client stops the sync command and receives the stop command to close each channel. With this description, the monitors of the same broadcast and front-end monitoring are more clearly monitored by the monitors of the front-end users.
  • 6 shows the 60 packs The acceptance of 6 is received by the customer
  • the package monitors each monitoring at the same front end as the system that receives the synchronization control. In the front-end monitoring, if the same message is received by the client, the same message is re-corrected.
  • the 60 package is received by the customer to receive the same message.
  • the 60-packet is synchronized with the synchronization.
  • the same method is used to solve the self-synchronization. However, if the customer’s stop synchronization command is received

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  • Engineering & Computer Science (AREA)
  • Signal Processing (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Multimedia (AREA)
  • Two-Way Televisions, Distribution Of Moving Picture Or The Like (AREA)
  • Telephonic Communication Services (AREA)

Abstract

The present invention provides a decoder polling processing method, a decoder and a monitoring system. The method comprises the following steps that: the decoder receives a synchronous polling request sent from a client, the synchronous polling request carrying polling start time and polling interval time; the decoder obtains polling switching time according to the polling start time and the polling interval time; the decoder starts to acquire a media code stream of a first front-end monitoring device according to the polling start time, is switched to a second front-end monitoring device in a polling mode when the polling switching time arrives, and acquires a media code stream of the second front-end monitoring device; and the decoder decodes the media code streams, generates a video-audio signal, and transmits the signal to a display device for playback. The present invention allows a plurality of decoders to perform playback and switching in manner of polling on the media code streams of the front-end monitoring devices simultaneously.

Description

解 器 的 方 解 器 系 木 域 本 涉 頻監控領域 特別是指 的 理方法、 器 監控系 。 背景 木 頻監控系 目前已 已 比較成熟 得到 未 的 頻監控以 直 、 方 、 信息內容羊富而 于許多 。 年未 看 、 以 像 、 木的 頻監控制 木 有 長 的 。 現有的 頻監控系 通常是利用前端監控 各將 的 頻 像 特換成 休 的解 介 以 收 多 前端監控 各的 休 多 前端監控 各的 休 的 頻 像格 式 能 不 兼容多 頻格式的 休  The solver's square solver is the domain of the frequency monitoring. In particular, it refers to the method and the monitoring system. Background The wood frequency monitoring system has been relatively mature and has not been monitored by frequency, direct, and information content. I haven't seen it in the year, and I have a long frequency with the frequency monitoring of the image and wood. The existing frequency monitoring system usually uses the front-end monitoring to change the frequency image of each channel into a solution for multiple front-end monitoring. Each of the multiple front-end monitors has its own frequency image format. It can not be compatible with the multi-frequency format.
收多 前端監控 各 通常是 不同的前端監控 各的 休  More front-end monitoring, each is usually different front-end monitoring
播 。 介監控 需要 裝多 前端監控 各 多 前端監控 各 監 多角度多方 的監 多 前端監控 各 出的 休 收和播 。 目前 看監控 模的 大 的解 有多 每 介 多 前端監控 各 出的 休 收和播 。 是 明 每 介 的 操作都是 的。 例  Broadcast. The monitoring needs to be equipped with multiple front-end monitoring. Each front-end monitoring is monitored by multiple parties and multiple front-end monitors are monitored and broadcasted. At present, there are many large-scale solutions for monitoring modules, and each front-end monitors each of the rest and broadcast. It is clear that every operation is OK. example
前端監控 各 出的 休 換到下 介前端監控 各 出的 休 的 換 同 和解 2 前端監控 各 出的 休 換到下 介前端 監控 各 出的 休 的 換 同不 。 將造成 換的不 同步 而 用戶 方 地 到不同監控 的文  The front-end monitoring changes the rest to the next-end monitoring of each of the rest of the rest of the two settlements 2 front-end monitoring each of the rest of the transition to the next front-end monitoring of each of the rest of the change. Will cause the exchange to be out of sync and the user to the different monitoring
果不佳。 內容 本 要解決的 木 是提 多 以同 前端監控 各 出的 休 播 和 換的解 的 理方法、 器 監控系 。 解決 述 木 本 的 提 的 理方 法 包 解 收客戶 的 帶有 Not good. The content to be solved is Tito with the front-end monitoring Each of the methods and monitoring systems for the solution of the suspension and exchange. Solving the method of mentioning the woodwork
同和 同 同 次 換的 換 同 同 同 同 在 同 第 前端監控 各的 休 在 換 同 換到第 前端監控 各 第 前端監控 各的 休 以 解 的 。 步 中 帶有系 控制 同 系 控制 同 自身的系 同。 步 包 解 收客戶 的同步 同消息 同 步 同消息 校 自身的系 同。 步 器具有 通道 每 介 通道 介前端監控 各列表 第 前端監控 各和第 前端監控 各是 的 介 通道 的前端監控 各列表中的前端監控 各。 步 系 控制 同和 同 同的 同同 大于 同步 占用的 同 和。 步 包 收客戶 的 停 命令 停 命令 停 休 。 解決 述 木 本 提 包 第 收 于 收客戶 的 帶有 同和 同 同 第 于 次 換的 換 同 同 同 同 第 于在 同 第 前端監控 各的 休 第 于在 換 同 換到第 前端監控 各 第 前端監控 各的 休 。 步 包 第 于根 同步 帶的系 控制 同 自身的系 同。 步 包 第 收 于 收客戶 的同步 同 校 于根 同步 同消息 校 自身的系 同。 解決 述 木 本 的 提 監控系 包 客戶 和至少 介 所述客戶 包 于 所述同步 所述同步 帶有 同和 同 同 所述至少 介解 器中的每 介 包 第 收 于 收所述客戶 的所述 第 于 次 換的 換 同 所述 同 所述 同 同 第 于在所述 第 前端監控 各的 休 第 于在所 述 換 同 換到第 前端監控 各 取所述第 前端監控 各 的 休 。 步 客戶 包 配置 于 至少 介 的至少 介 通道 分別配置前端監控 各列表。 步 包 流媒休 各 于存儲前端監控 各 出的 休 內容分 各 于存儲前端監控 各 出的 休 的地 將其分 。 步 包 止各平台 于存儲客戶 、 至少 介 、 休 各器和內容分 各 的 信息 將客戶 的 特 相 的解 將前端監控 各列表分別配置 的至少 介 。 本 的 述 木 的有益 果 下 述方案中 通 客戶 的 帶有 同和 同 同的 同步 在 同到 的解 通道 監控的前端監控 各 監控 同和 同 同 換到下 介前端監控 各的 換 同 到 換 同 下 介 前端監控 各 監控 各 同 監控的多 前端監 控 各同 播 和 換 監控者 更 清晰地 前端監控 各 監控 的情 滿 用戶的迫 需求 方 用戶 看 監控 的多 前端監控 各的 音頻信息。 明 力本 的 的監控系 的 2 所示系 的 休 3力本 的解 的 理方法流程示意 4 3所示方法的 休 示意 5 3所示方法的 休 流程 6力本 的 頻監控 的 。 方式 本 要解決的 木 、 木方案和 更 清楚 下面將結 因 休 描述。 本 現有 頻監控系 中 不能同 前端監控 各 出 的 休 播 和 換 用戶 方 地 到不同監控 的 文 監控 果不佳 提 同 前端監控 各 出的 休 播 和 換的 的 理方法、 器 監 系 。 所示 力本 的監控系 的 系 包 客戶 和 至少 介 所述客戶 包 于 所述同步 所述同步 中 帶有 同和 同 同 所述至少 介 器中的每 介 包 第 收 于 收所述客戶 的所述 第 于 次 換的 換 同 所述 同 所述 同 同 第 于在所述 同 第 前端監控 各的 休 第 于在所述 換 同 換到第 前端監控 各 取所述第 前端監控 各的 休 。 中 通 客戶 的 帶有 同和 同 同的 在 同到 監控的前端監控 各 監控 同和 同 同 換到下 介前 端監控 各的 換 同。 由于各 收到的 同和 同 同是未自同 同步 因 各 以在 同到 同 前端監 控 各 以在 到 換 同到 同 換到下 介 前端監控 各 各 監控的多 前端監控 各同 播 和 換 監控者 更 清晰地 前端監控 各 監控 的情 滿 用戶的迫 需求 方 用戶 看 監控 的多 前端監控 各的 音頻信息。 The same and the same change with the same same in the same front-end monitoring of each of the rest of the change to the front-end monitoring of each front-end monitoring of each of the solutions. In the step, the system controls the same system control as its own. The synchronization of the step-by-step client and the synchronization of the message are the same as those of the message school itself. The stepper has a channel for each channel, the front end monitors each list, the front end monitors each, and the front end monitors each of the media channels. The front end monitors each of the front end monitors in each list. The same control and the same sameness of the step control are greater than the same sum of the synchronization. Steps to receive the customer's stop command stop order to stop. Resolve that the wood-based bag is closed to the customer, with the same and the same as the same change, the same with the same in the same front-end monitoring each of the rest of the change in the first front-end monitoring each front-end monitoring Each rest. The control of the step packet in the root synchronization zone is the same as its own. The step package is closed to the customer's synchronization The school is synchronized with the school itself. Resolving the woodbag's monitoring and monitoring package client and at least said client package in said synchronization said synchronization with said same and at least said intervening agent in each of said packets received from said client The change of the first change is the same as that described above, and the rest of the monitoring is performed at the first front end. The step client package is configured to configure at least a front end to monitor each list. Each step in the storage front end monitors each of the rest of the content, and each of the storage front ends monitors each of the rest areas. Steps include the information of each client in the storage client, at least the media, and the content of the client. The solution of the client's special phase will be configured by at least the front-end monitoring of each list. The beneficial results of the description of the wood in the following schemes in the same customer with the same and the same synchronization in the same side of the solution channel monitoring front-end monitoring of the same control and the same to the next-end front-end monitoring of the same change to the same The front-end monitoring monitors the monitoring of the multi-front-end monitoring of each monitoring. The simulcasting and changing monitors are more clear. The front-end monitoring of the monitoring of the full-user users is forced by the demanding party. The user monitors the multi-front-end monitoring of each audio information. The flow of the solution of the solution of the system shown in Figure 2 of the method shown in Fig. 4 is shown in Fig. The way the wood and wood schemes are to be solved and the clearer will be described below. In the existing frequency monitoring system, it is not possible to monitor the various off-air broadcasts and the user-to-user monitoring of different monitoring devices with the front-end monitoring, and the front-end monitoring and monitoring methods and equipment monitoring systems. And the at least one of the at least one of the at least one of the at least one of the at least one of the at least one of the said The change of the second change is the same as that described in the same front end. In the first step, the first front end monitors each of the first front ends to monitor each of the changes. Zhongtong's customers have the same and the same in the same front-end monitoring and monitoring of the same monitoring and the same to the next-level front-end monitoring. Since each received the same and the same is the same as the simultaneous synchronization, each of the multiple front-end monitors monitoring and monitoring the monitors in the same front-end monitoring Clearer front-end monitoring of the monitoring of the content of the user's compulsive demand side of the user to see the monitoring of the multi-front-end monitoring of each audio information.
另外 述同步 中 包 系 控制 同 以 系 控制 同未 自身的系 同 各 前端監控 各 監控 以 系 控制 同 在 同到 前端監控 各 監控。 下面結 2 明本 的 述系 的 休 2所示 系 中 包 至少 介前端監控 各 各平台 休 各 內容分 各 以 各等 其中 前端監控 各 于 監控 監控 前端監控 各 以是 在 監控 的 介或者多 頻 各 像 、 像 等 將 到的 頻 像 休 到 休 各 休 各 于存儲前端監控 各 出的 休 特 內容分 各 于存儲 前端監控 各 出的 休 的地  In addition, the synchronization control system controls the same monitoring system as the front end monitoring each monitoring system to control the monitoring in the same front end. The following is a description of the system shown in Hugh 2, which shows at least the front-end monitoring of each platform. Each content is divided into each other. The front-end monitoring is monitored by each monitoring and monitoring front-end monitoring. The image of each image, image, etc. will be closed to the rest of the storage front-end monitoring of each Hugh content, each of which is monitored by the storage front end.
的 將所述 休 的地 所述 由 器分 的至少 介 通道 客戶 前端監控 各和解 配置管理 客戶 以 終 端 各 以 在 的客戶 程序 各平台 于 前端監控 各、 客戶 、 、 休 各 以 內容分 各 的 以 管理等 存儲所述客戶 、 所述至少 介 、 所述 休 各器和所述內容分 各 的 信息 將客戶 的所述同步 特 相 的解 的解 通道 至少 介 以 的 各 成監控 特別 的 的 介 通道 以 各 休 各器中 休 休 解 特換成 音頻 At least the channel client front end of the said location of the said rest area monitors each reconciliation configuration management client to the client program of the terminal Each platform monitors each customer, the customer, and the rest, and stores the information of the customer, the at least the media, the device, and the content by the management, etc. The solution channel of the phase solution is at least intervened to monitor the special media channel, and the rest of the device is replaced by audio.
通道 至 各 播 。 在 2所示 中 客戶 在 述 所示系 的 客戶 包 配置 于 所述至少 介 的至少 介 通道 分別配置 前端監控 各列表 前端監控 各列表 以 述 各平台特 的 所述 同 所述 通道 的前端監控 各 列表中的前端監控 各的 休 在所述 換 同到 換到 所述前端監控 各列表中的下 介前端監控 各 取所述下 介前端監 控 各的 休 。 另外 系 中 客戶 同步 同消息 收到 同步 同消息 以 同步 同消息 其自身的系 同 校 。 果 收到了客戶 的停 同步 命令 那 Channel to each broadcast. In the example shown in FIG. 2, the customer is configured in the at least one of the at least one of the at least one of the medium channels, and the front end monitors each of the list front end to monitor each list to describe the front end monitoring of each of the channels corresponding to each platform. The front-end monitoring in the list monitors each of the next-level front-end monitoring in the list of the front-end monitoring to switch to each of the lower-end front-end monitoring. In addition, the customer synchronizes with the message and receives the same message to synchronize the same message with its own system. If you receive the customer’s stop sync command,
停 同步 命令 停 前端監控 各的 休 相 的 解 通道。 2所示的系 的 休 述 所示的  The stop synchronization command stops the front end to monitor the resolution channels of each phase. 2 shows the rest of the system shown
通 客戶 的同步 以 同步 中的系 控制 同 在 同到 監控的前端監控 各 監控 同和 同 同 換到下 介 前端監控 各的 換 由于各 收到的系 控制 同、 The synchronization of the customer is controlled by the system in the same synchronization. The monitoring of the front-end monitoring is the same as the monitoring. The same control is changed to the next-end front-end monitoring. Each change is controlled by each system.
同以 同 同都是相同的 因 各 就 同 監控的 多 前端監控 各同 播 和 換 監控者 更 清晰地 監控前端的情 滿 用戶的迫 需求 方 用戶 看 監控 的多 前 監控 各的 音頻信息。 3所示 本 的 提 的 理方法 方 法包 步驟 3 收客戶 的 帶有 同和 同 步驟32 次 換的 換 同 同+ 同 步驟33 在 同 第 前端監控 各的 休 步驟 34 在 換 同 換到第 前端監控 各 第 前 監控 各的 休 以 解 的 。 方法中 步驟3 中的同步 帶有系 控制 同 收到 同步 首先 系 控制 同 自身 的系 同 然 在 同到 再 前端監控 各的 休 。 休 結 4 5 方法的 休 流程 步驟A 至少 介 到 各平台 步驟 用戶 客戶 的解 通道 配置 需要在 播 的前端監控 各列表 是 每 介 的每 介 通道分別配置 介前端監控 各列表 前端監控 各列表中包 The same as the same is the same, because the multi-front-end monitoring of each monitoring and monitoring, the same broadcast and change monitors more clearly monitor the forcible demand of the front-end users, the user sees the monitoring Monitor each audio information. 3 shows the method of the method of the present invention. Step 3: Receive the customer with the same step and the same step 32 times change the same + the same step 33 in the same front-end monitoring each rest step 34 in the same change to the front-end monitoring Each of the first monitors each of the solutions. In the method of step 3, the synchronization with the system control and the received synchronization first control the same as its own system, and then monitor the respective rest in the same front end. The closed process step A of the method 4 is at least to the platform steps. The user's client's solution channel configuration needs to be monitored at the front end of the broadcast. Each list is configured for each channel. The front end monitors each list.
的至少 介前端監控 各 步驟C 客戶 需要同步 的解 通道 批量操作 即同步 同步 步驟 至少 介 收客戶 同步 同步 中 帶有系 控制 同、 同和 同 同步 以 各平台 特 4所示 方 客戶 多 的解 通道 配置 同步 中的系 控制 同 在 同步 直 系 控制 同 以是 同步 的 同 在 同步 各平台 特 系 控制 同 以是 各平台的系 同 然 以是用戶 客戶 的 系 控制 同 步驟 至少 介 將所述同步 各自的至少 介 通道 步驟 至少 介 所述系 控制 同 自身的系 同 所述 同和所述 同 同 換 同 同步 中的系 控制 同和 同 同的 同同 大 于所述至少 介 同步 所占用的 同 和 即 將 所述同步 各自的至少 介 通道所占用的 同 和 以 通道收到同步 配置了系 同 在 述 同到 同 步驟 至少 介 的解 通道 所述 同 At least the front-end monitoring of each step C customer needs to synchronize the channel batch operation, that is, the synchronous synchronization step at least the customer synchronization synchronization with the system control, the same and the same synchronization, each platform special 4 customer's solution channel configuration In the synchronization, the system control is the same as the synchronous direct control, and the synchronization is the same. The synchronization of each platform is the same as the control of each platform, so that the user's customer control is the same as the step of at least the synchronization. The channel step at least the system control is the same as the self system, and the same synchronization and the same control in the same synchronization are greater than the at least the synchronization and the synchronization The same channel occupied by the media channel and the channel received synchronously configured are the same as the solution channel described in the same step.
的 通道 的前端監控 各列表中的前端監控 各的 休 在所述 換 同到 以 方式 換到下 介前端監控 各 取下 介前端監控 各的 休 步驟中 以 述內容分 各器分 的 休 的地 休 各 前端監控 各的 休 另外 在 前端監控 各 同 若收到客戶端的同步 同消息 系 同 重新 糾 系 同 以 各 在監控 同 若出現系 同 則 以 步得到糾 步 同步 步驟 至少 介 將所述 休 解 生成 音頻  The front-end of the channel monitors the front-end monitoring in each list, and the rest of the steps are changed to the next-stage front-end monitoring. Each of the front-end monitoring of each of the rest of the monitoring is in the front-end monitoring. If the synchronization is received by the client, the same message is re-corrected, and each step in the monitoring is the same as the step-by-step synchronization step. Solution generation audio
通道 至 各 播 步驟 至少 介 收所述客戶 的停 同步 命令 所述停 同步 命令 停 取所述前端監控 各的 休  The channel to the broadcast step at least receives the stop synchronization command of the client, the stop synchronization command, the stop of the front end monitoring, and the rest of the monitoring
通道。 客戶 配置 的前端監控 各 客戶 多 配置操作 多 的解 通道 同步 向 同步 在同步 中 了 系 控制 同 以 多 以同 系 控制 同 自己的系 同 收到同 步 以同步 中的 同 通道 的前端監控 各列表中的前端監控 各 換 同 到 換 同 以 方式 換 不同 在相同的 同 同步 換。 述 系 同 校 在 定 的 園內 例 下 在同步 的解 通道分別 于不同 而客戶 向多 器 分別 同步 有絕 的保 控制 同的 性 所以系 控制 同和 同 同的同 大于向多 器分 同步 所占用的 同 以 收到同步 配置 了系 同 在同 介 同 。 于 于不同 的解 通道 同由于存在系 的 在本 中 了客戶 校 的方法 兔由于不同 的系 戶生不同步的 需求 本 控制在 S 內。 同 系 了 介同步 同消息 即 定的 同內 校 次系 同 步 同步 。 另外 述方法中 播 新的前端監控 各的 休 向內容分 各 休 地 休 地 到 休 各 休 解 播 。 客戶 停 停 同步 命令 收到停 命令 休 各 將 通道 。 用本 的 述 多 以 到同 播 和前 端監控 各的 休 換 得監控者 更 清晰的 監控 前端的情 滿 用戶的迫 需求 方 了用戶 看 監控 的 音aisle. Customer-configured front-end monitoring of each customer Multi-configuration operation, multi-channel synchronization, synchronization, synchronization, synchronization, control, synchronization, synchronization, synchronization, synchronization, synchronization, synchronization, synchronization, synchronization, synchronization, synchronization, synchronization, synchronization, synchronization In the same way, the same synchronous change is used. In the case of the same school, the synchronized solution channels are different in the same way, and the customer synchronizes to the multi-devices with the same security control. Therefore, the control is the same as the same and the same as the multi-device synchronization. The same as the receipt of the synchronization configuration is the same as the same. Because of the different solution channels, because of the existence of the system in the customer, the rabbits are controlled in S due to the unsynchronized demand of different households. Synchronous synchronization with the same internal school system is the same as the synchronization of the message. In addition, in the method described above, the new front-end monitoring of each of the Hidden Contents is divided into various resting places to rest and break. The client stops the sync command and receives the stop command to close each channel. With this description, the monitors of the same broadcast and front-end monitoring are more clearly monitored by the monitors of the front-end users.
， 。 , .
6所示 本 的 提 60 包 第 收 6 于 收客戶 的 所述 6 shows the 60 packs The acceptance of 6 is received by the customer
帶有 同和 同 同 第 62 于 次 換的 換 同 所述 同 所述 同 同 第 63 于在所述 同 第 前端監控 各 的 休 第 64 于在所述 換 同 換到第 前端監控 各 取所述第 前端監控 各的 休 。 64 以是 器中的解 通道 休 以是 的 介 于 外部 各 將 音頻 通道或者 至 各。 中 同步 中 帶有系 控制 同 With the same and the same as the 62nd, the same as the same as the same as the 63rd in the same front-end monitoring each of the rest of the 64th in the conversion to the front-end monitoring each take the said The front end monitors each break. 64 The solution channel in the device is the same as the external audio channel or to each. Medium synchronization
包 置 于在 收到 同步 系 控 制 同 自身的系 同 同 前端監控 各 監控。 在 前端監控 各 同 若收到客戶端的同步 同消 息 則 系 同重新 糾 系 同  The package monitors each monitoring at the same front end as the system that receives the synchronization control. In the front-end monitoring, if the same message is received by the client, the same message is re-corrected.
60的 包 第 收 于 收所述客戶 的同步 同消息The 60 package is received by the customer to receive the same message.
60 包 校 于根 所述同步 同消息 校 所述 解 自身的系 同 以 各 在監控 同 若出現系 同 則 以 步得到糾 步 同步 。 然 若 收到了客戶 的停 同步 命令  The 60-packet is synchronized with the synchronization. The same method is used to solve the self-synchronization. However, if the customer’s stop synchronization command is received
停 同步 命令 停 前端監控 各的監控  Stop synchronization command stop front end monitoring each monitoring
。 60 述 所述的系 中的解 相同 中的所 有特 于前述系 。 以 所述是本 的 方式 指出 于本 木領域的普通 木 未 在不 本 所述原理的前提下 以 出若干 和 和 力本 的保 。  . All of the solutions in the described system are specific to the foregoing. In the manner described above, it is pointed out that ordinary wood in the field of wood has not been protected by several sums and strengths without the principle described.

Claims

要 求 于 頻監控系 的解 的 理方法 其特 在于 包 解 收客戶 的 所述 帶有 同和 同 同  The method of requesting the solution of the frequency monitoring system is characterized by the same and the same as the package
次 換的 換 同 所述 同 所 述 間隔  Sub-changing
在所述 同 第 前端監控 各的 休  Monitoring each of the same front end
在所述 換 同 換到第 前端監控 各 取所述第 前端監控 各的 休 以 所述 的 。 要求 所述的方法 其特 在于  In the change to the first front end monitoring each of the first front end monitors each of the rest. The method described is characterized in that
所述 中 帶有系 控制 同  The system with the control
所述 所述系 控制 同 自身的系 同。 要求 所述的方法 其特 在于 包  The system controls the same as itself. The method described is characterized by
所述 收所述客戶 的同步 同消息 所述同 步 同消息 校 自身的系 同。 要求 所述的方法 其特 在于 所述 器具有 通道 每 介所述 通道 介前端監控 各列表 所述第 前端監控 各和所述第 前端監控 各是所述 的 介所述 通道 的前端監控 各列表中的前端監控 各。 要求 所述的方法 其特 在于 所述系 控制 同和所述 同 同的 同同 大于所述 理所述同步 占用的 同 和。 要求 至5中 項所述的方法 其特 在于 包 收所述客戶 的 停 命令 所述 停 命 令 停 取所述 休 。 7 其特 在于 包 The synchronization of the receiving customer is the same as that of the message school itself. The method is characterized in that the device has a channel for each channel, the front end monitors each list, the front end monitors, and the first front end monitors each of the front end monitors in the list. The front end monitors each. The method is claimed to be characterized in that the system control is the same as the same and the same as the synchronization. The method of claim 5 is characterized in that the stop command of the customer is suspended to suspend the rest. 7 It is special in the package
第 收 于 收客戶 的 所述 帶有 同和 同 同  The same as the acceptance of the customer
第 于 次 換的 換 同 所述 同 所述 同 同  The same as the second change
第 于在所述 同 第 前端監控 各的 休  In the same front end, each of the rest is monitored.
第 于在所述 換 同 換到第 前端監控 各 取所述第 前端監控 各的 休 。 要求7所述的解 其特 在于 包  In the above-mentioned switching to the front-end monitoring, each of the first front-end monitoring is monitored. The solution described in Requirement 7 is characterized by
第 于根 所述同步 帶的系 控制 同 所述 自身的系 同。 9 要求8所述的解 其特 在于 包  The control of the synchronization band at the root is the same as that of the self. 9 The solution described in Requirement 8 is characterized by
第 收 于 收所述客戶 的同步 同消息 校 于根 所述同步 同消息 校 所述 自身的 系 同。 0 監控系 包 客戶 和至少 介 其特 在于  The synchronization received by the customer is the same as that of the message school. 0 monitoring package customers and at least
所述客戶 包  The customer package
于 所述同步 所述同步 帶 有 同和 同 同  In the synchronization, the synchronization belt has the same and the same
所述至少 介 器中的每 介 包  Each of the at least one of the mediators
第 收 于 收所述客戶 的所述  Receiving the receipt of the customer
第 于 次 換的 換 同 所述 同 所述 同 同  The same as the second change
第 于在所述 同 第 前端監控 各的 休  In the same front end, each of the rest is monitored.
第 于在所述 換 同 換到第 前端監控 各 取所述第 前端監控 各的 休 。 要求 0 的監控系 其特 在于 所述客戶 包 配置 于 所述至少 介 的至少 介 通道 分 別配置前端監控 各列表。 要求 所述的監控系 其特 在于 包 In the first step, the first front end monitors each of the first front ends to monitor each of the changes. The monitoring of the requirement 0 is characterized in that the client package is configured on the at least one of the at least medium channels to configure the front end to monitor each list. The monitoring system is required to be included in the package.
流媒休 各 于存儲前端監控 各 出的 休  The flow media is monitored in the storage front end.
內容分 各 于存儲所述前端監控 各 出的 休 的 地 將其分 。 要求 2 的監控系 其特 在于 包  The content points are each divided into the place where the front end monitors each of the rest points. The monitoring of requirement 2 is characterized by
止各平台 于存儲所述客戶 、 所述至少 介 、 所述 休 各器和所述內容分 各 的 信息 將所述客戶 的所述 特 相 的解 將所述前端監控 各列表分別 配置 所述 的至少 介 通道。  Storing the information of the client, the at least the device, the device, and the content by each platform, and the solution of the special phase of the client is configured to separately configure each of the front-end monitoring lists. At least the channel.
PCT/CN2010/072944 2009-06-24 2010-05-19 Decoder polling processing method, decoder and monitoring system WO2010148841A1 (en)

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